GENERAL EG078D had 12 good stations, 8 16MHz IFs, 2 polarizations, 32 frequency points per IF/pol, and 3s integrations (per phase-center). Considerably more information is included in the experiment's cover letter on the standard-plots portion of the EVN Archive. This pipelining corresponds to the first multiple phase-center output (target HDFC0155), which is the only one containing the non-target scans. In the pipelining, the target was treated as phase-reference target and wwas not separately fringe-fit. The SOLINT was set automatically to a value commensurate with a typical reference-source scan. Ef, and then T6, were used as the reference stations (T6 to cover the time-range in Ef after RCP died). /// ERIVAL 0.573 /// ERISTAR 0.979 if Zc,Bd problems were RFI; 0.665 if not. /// ERICOMM ERISTAR does not include weather effects, under which I'm also including the known RFI that led to IF flagging at Mc (IF1,2,8), Sv (IF1), and Tr (IF6). ERIVAL includes all losses. A pessimistic view that all of Zc and Bd are lost is computed both as RFI (not in ERISTAR) and not (in ERISTAR). The other weather-related loss is a 2-hour late start at Ef. O8's 1.5-hr late start does go into ERISTAR. /// POSSM_AUTOCORR Each scan plotted separately, all stations. /// VPLOT_UNCAL Full-experiment for T6-* baselines, no calibration applied. A 1.5 minute plot-averaging was used. /// POSSM_UNCAL Scalar averaged T6-* baselines, each scan plotted separately. No calibration applied yet. /// POSSM_CPOL /// TSYS TY1 table, each IF/pol on a separate plot. There was a fair amount of editing done on the apriori ANTAB file during the course of pipelining. An apparent error in the linear term of Bd's gain curve polynomial coefficients was fixed (5.22e-2 --> 5.22e-3). Tsys values from the field-system logs for Jb and Zc were unphysically scattered, so unity Tsys were used along with DPFU = reciprocal noninal SEFD. Patches of unphyscial Tsys >10k K were edited out from individual channels for Mc, Ur, T6. /// GAIN Gain amplitude from CL2 table. /// FRING_DELAY SN2 station delay solutions for the fringed sources, each IF/pol on a separate plot. The different behavior for the RR & LL pols of T6 correspond to its becoming the reference station in RR after Ef's RCP dies (around 1400). There are a few individual outliers that could be removed with SNEDT (e.g., O8 5L,8R; Mc 5R/L, 8R; Tr 2L; Sv 2R, 4R, 5R/L, 8R). /// FRING_RATE SN2 station rate solutions. Same comment about T6 RR & LL behaviour as for the FRING_DELAY plot. Also a few individual outlier, which can lead to instances of likely bad phase-connection choice as seen in the FRING_PHAS plot (e.g., On 4R, 5L,6L; Mc 7R; Tr a few IF/pols; Sv the low (~-20) solint just before 2200); Ur the low (~-10) solint just before 1400. /// FRING_PHAS CL3 station phase solutions -- CL3 = CL2+SN2, thus also includes the initial amplitude/parallactic angle calibration from CL2 and the fringe solutions from SN2. /// BANDPASS Bandpass table 1. DA193, 3C345, J1241+602 were used for bandpass calibration (J1241 was needed because there were neither of the fringe-finder scans were really good for Bd or especially Zc. /// VPLOT_CAL Full-experiment for T6-* baselines, calibrated with CL3. The 1.5-min plot-averaging still applied. /// POSSM_CAL T6-* baselines calibrated with CL3 and BP1. The amp and phase plots self-scale, not necessarily going down to 0 in the case of the amps. /// IMAPN Naturally-weighted dirty maps of the phase-referenced-to sources. /// IMAPU Uniformly-weighted dirty maps of the phase-referenced-to sources. /// CALIB_PHAS1 Plots of post-SPLIT tables SN1 for the sources that have been individually fringed. /// CALIB_AMP2 As above, but for the post-SPLIT table SN2. /// SENS CL4 gain-amp. /// CLPHS Separate files per (fringed) source, showing closure phase plots for all the triangles. Only stokes=I shown. /// VPLOT_MODEL For each (fringed) source, plots of amp/phase on T6-* baselines, calibrated with (post-SPLIT) table CL3, with a model-line overplotted. /// UVCOV For each source, a plot of the u-v coverage. /// UVPLT For each source, a plot of amp vs. |uv| distance. J1234 has excess FD around 25 Mlamdba (also the case in 78B, with also had excess FD above 45 Mlambda not seen here). J1241 has a few high outliers around 20 Mlamda and HDFC0155 also, around 12-15 Mlambda. Overall, editing the ANTAB file greatly reduced the amount of extremely high outliers in the amp(|uv|) plots. /// ICLN For each source, a CLEAN map resulting from the automated fringing and self-cal iterations (or phase-referencing) in the pipeline script. ///